β Scribed by Zahid Hussain; Khalid Mohammed Khan; Khadim Hussain; Sadam Hussain; Shahnaz Perveen
No coin nor oath required. For personal study only.
A novel method for the cation analysis was investigated. The analysis is based on the sparking of the salts of metals in a microwave oven after placing in a graphite cell. The graphite cell absorbs microwaves and produces high temperature which converts the salt into light emitting species. The colour of light was found to dependent on the nature of cation, however, the intensity of the emitted light was found to be depending upon the form and shape of the graphite assembly in addition to the concentration of the salt. This communication presents explanation for all these observations and for the systematic and quantitative analysis using microwave spark emission technique.
π SIMILAR VOLUMES
Ahstlnct A tungsten filament electrode for sample mtroduction mto a capacltwely coupled nucrowave plasma (CCMP) IS described for its use m atomic enusslon spectroscopy (AES) Samples vaportze rapldly off the filament and are excited m the mlcrowave plasma upon the mltlatlon of the rmcrowave discharge